Aerospace Engineer Job Description, Career as an Aerospace Engineer, Salary, Employment - Definition and Nature of the Work, Education and Training Requirements, Getting the Job

income engineers engineering aircraft degree

Definition and Nature of the Work

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning
Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.)
production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

National Society of Professional Engineers1420 King St.Alexandria, VA 22314-2794(703) 684-2800http://www.nspe.org

Earnings and Benefits

Earnings vary depending on the education and experience of the aerospace engineer and the location and nature of the job. Aerospace engineers earn salaries close to the average for all engineer. In 2005 the average starting salary for an aerospace engineer with a bachelor's degree was $50,993 per year. Engineers with master's degrees earned starting salaries of $62,930 per year, and those with doctoral degrees earned starting salaries of $72,529 per year. In 2004 the median annual income for all aerospace engineers was $79,100. Benefits generally include paid holidays and vacations, health insurance, and pension plans.

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User Comments

I am in tech class, and I gotta do a research paper. THIS HELPED SO MUCH!

over 7 years ago

G

I am a recent graduate from Embry-Riddle, the top ranked Aerospace Engineering University in the world that does not offer a doctorate for the field. I am seeing a lot of questions about why pay is so low, what university should you research for this field, and as well as if you take a degree in a different field, does it still apply to the aerospace industry. To answer the low pay, it is largely due that you are entry-level and most companies put you on a probationary period. This is done largely to see if you get along with the team and if you understand the engineering concept that you learned and able to apply it. After the probatioanary period, pay grade is usually raised after about a year depending on the company. In the way of researching universities, U.S News website or book is a great place to look as they rank most if not all universities in specific fields every year. Now in the way of obtaining a degree that is not AE, does in apply to aerospace industry. The answer is yes. The key engineering specialties that mostly accepted are: Mechanical, Software, Computer, and Electrical. I hope this helps for you future engineers!!

about 7 years ago

zack

meow

over 7 years ago

OMAR WYATT

what type of classes should be taken in high school?

almost 7 years ago

hi

about 7 years ago

Max

Hello, I'm currently 17 and wanting to go to college in this field. I'm wondering what is required for class courses and what would be the best college to go to..? What would you recommend to be best way through the courses if you struggle in math and a few other courses throughout your high school career..?

about 7 years ago

in high school you need to take as many science and math classes as you can

about 7 years ago

I am 59 years old and thinking of getting a career in this occupation. Am I too old?

about 7 years ago

Dill Pickles

yumm yumm yumm!

about 7 years ago

You should keep in mind engineers use alot of math and sicence. try and be taking lots of math classes and sicence. and if yous school offers (like my school) take engineering classes, such as ied introduction to engineer and design. or poe princibles of enineering. i have took ied and is ni my first semester in poe and i am learing alot of engineering.

about 11 years ago

this page was great it showed the info I needed to find, and its simple enough to were you can find what you want quickly, not like other pages that are made complicated and just with too much information! thanks guys u did a good job!

over 7 years ago

Sonika

Though i am not from USA still i very much liked the information. Thank you

over 7 years ago

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about 10 years ago

thanks for the info

about 10 years ago

thanks for all th info

about 10 years ago

AT LEAST NOW I AM SURE OF WHAT I AM AIMING AT...THANKS FOR THE INFO.

almost 8 years ago

Thank you, helped me with my research paper :)

about 7 years ago

dicks

about 7 years ago

samantha perez

hey .. i am a high school student and i was wondering dont you think that telling and sharing with students is a good thing not only for the students but also for you??? YOU COULD BE TELLING STUDENTS HOW THIS PARTICULAR field works? i know at my high school we have classes about engineer and i think it would be fun to have a closer story to how this particular field works... don't u think??? don't get this as a gig sort of thing... just mentioning that careers should be introduced to teens .

I am 39 years old and want to pursue aerospace engineering as a career. Am I to old for this occupation.

over 7 years ago

wow!thank you guys i am sure i will success-ed in this field .Buhahahahah!!!!!1

almost 8 years ago

this sounds like a dumb job

almost 8 years ago

singh

i am done wth my mechanical engineering degree,,,,,,,,so wat i do next i wnt to go in aerospace field?

about 10 years ago

thx 4 the info i really needed this 4 my skool project

im also really thinking about having a job in this field

over 10 years ago

Thanks for all this helpful information! I really want to become an Aerospace Engineer and this was way more helpful and informative than most other web sites which have too litle information. Again, THANKS=)

over 7 years ago

fatou gassama

i am a grade 12 graduate and want to study aerospace engineering but am not financially strong so do they offer scholarship

over 8 years ago

Milton

Try Embry-Riddle Aeronautical University for AE!

about 10 years ago

OMG I LoVe your site thanks so much! <3

over 7 years ago

Richard Wong

I have been working in Aeronautical Engineering fields for 21 years,

My career was working in the calibration testing centre. I have the aeronautical certification in FAA, CAAC. licencing Engg. I hope I can get the job into NASA.US.centre.

Bascially I want to have the future licence in aerospace engeering can your department can offer the academic cours or job vancay for me,or advise the job descriptions for me. Thanks for your attention.

about 10 years ago

OMG me too!!!<3

about 7 years ago

grr

almost 8 years ago

hello,I am an 11 year old boy and i was wondering what you ment by

"must move to a new location to find a job".The reason I ask this question is I want to be an aero space enginner when I'm older.

over 8 years ago

Varun

What is the scope for this field by the year 2013?Also what is the projected salary by then?

Is a degree in IIT(aerospace) equal to a degree in a foreign university and is it accepted worldwide?

about 7 years ago

charles

I am 59 years old and thinking of getting a career in this occupation. Am I too old?

Earnings vary depending on the education and experience of the aerospace engineer and the location and nature of the job. Aerospace engineers earn salaries close to the average for all engineer. In 2005 the average starting salary for an aerospace engineer with a bachelor's degree was $50,993 per year. Engineers with master's degrees earned starting salaries of $62,930 per year, and those with doctoral degrees earned starting salaries of $72,529 per year. In 2004 the median annual income for all aerospace engineers was $79,100. Benefits generally include paid holidays and vacations, health insurance, and pension plans.

I like Spaceships. I plan to build a robot army to conquer South Dakota

almost 7 years ago

Education and Training: Bachelor's degree

Salary: Median—$79,100 per year

Employment Outlook: Good

Definition and Nature of the Work

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

Ads by Google

University of Phoenix®Online and Campus Degree Programs.Official Site - Classes Start Soon.Phoenix.edu

The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

Ads by Google

University of Phoenix®Online and Campus Degree Programs.Official Site - Classes Start Soon.Phoenix.edu

The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

Ads by Google

University of Phoenix®Online and Campus Degree Programs.Official Site - Classes Start Soon.Phoenix.edu

The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

Ads by Google

University of Phoenix®Online and Campus Degree Programs.Official Site - Classes Start Soon.Phoenix.edu

The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military

over 7 years ago

Blah!!!!!!!!!!!!!!!!!!!!!!

over 8 years ago

Hi, I finished my aeronautical engg course..Anybody tell some ideas to how can i get the job in my field..

about 7 years ago

my sister two seconds ago called me retarded

over 7 years ago

ya ofcourse realy resourcefull!!I realy understood, what is my goal!!

over 7 years ago

bob

spam.......

what a wonderfully awesome thing

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over 7 years ago

hi i am 3 an i am really thinking to peruse my life goals by becoming a aeronautical engineer and this information has delighted me in many ways thank you ;)

over 7 years ago

i found very easy to search

almost 8 years ago

this was a nyc article which helped me to plan my future.and i want to also know which country is currently popular to do my engineering in aeronatics.

about 8 years ago

ttt

i would like to know what is the youngs to gad

over 7 years ago

i am doing aerospace engg from ignou. is it good for me or not

about 6 years ago

what grades do we need before we offer such courses from high schools in africa

over 6 years ago

prabhat sahu

i am doing aerospace engineering from IIAEIT pune

over 6 years ago

Knowledge on the specific field of work is very important in the career growth. While I'm still student, i see to it that i really understand the career that i will going on, that TODAY is the MEASURE of my SUCCESS TOMORROW.

Right and Best University that offers Aerospace Engineering course is very important to me because university nowadays is one of the measurement of competition. To know what are the best school that offers aerospace engineering course and what will be the salary of it visit http://aerospaceengineeringsalaries.com/

I want to know that doing aerospace from PTC does has any value or not because they do not give degree only certificate please kindly tell me thank you

over 6 years ago

RAJ MOHAN KUMAR

Hi, I finished my aeronautical engg course..Give me some ideas about how to get the careers in aeronautical Engineering field..

over 6 years ago

aerospace and computer science also electrical

over 6 years ago

arun

i am a 11 grade student and i am very fond of this field and this helped me to prepare for my career,thanks for the data

over 7 years ago

austin

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over 7 years ago

Billy Leavon

HI EVERYONE!!! guess what! i just finished a paper for my college class. Oh yeah, im only 13 years old. i thank you a lot for letting me plagerize the entire thing!!! (p.s. i'm not THAT gay!) thanks -Billy

over 7 years ago

Billy Leavon

HI EVERYONE!!! guess what! i just finished a paper for my college class. Oh yeah, im only 13 years old. i thank you a lot for letting me plagerize the entire thing!!! (p.s. i'm not THAT gay!) thanks -Billy

almost 8 years ago

HeyWhat is the salary per month if i finish bachelor level in our country

about 7 years ago

dhhdh,dy

over 7 years ago

I am really more Interested Thanks

about 10 years ago

thanks for the information. it is great now i know what i want to do!!! thanks alot.

i need career guide at present i am studying BE(AERONUTICAL) in chennai

over 7 years ago

i have a question to ask actually i took aerospace engineering in iit madras is it a better option can i get a good job can i get a salary in lakhs

over 7 years ago

i found very easy to search

over 7 years ago

Bader Alharthi

Thanks for sharing

over 7 years ago

is it possible for me to study abroad as course aerospace eng. and what is the prodecure to apply .find out and give me solution

over 7 years ago

abel tachiri

i want to be an aerospace /aeronautical engineer

almost 9 years ago

Desiree Marie

this was great information.. it really helped me for my research paper:)

about 8 years ago

HeyWhat is the salary per month if i finish bachelor level in our country

about 8 years ago

Hey, can you please email me the requirements for the degrees. I am also interested in knowing the salaries for this occupation.

about 8 years ago

ridhi

What is the scope for this field by the year 2014?Also what is the projected salary by then?

about 8 years ago

sahil

why is the salary for this career so low?

almost 9 years ago

Erick Vargas

hey my name is 3r!cK and am planing to attend UCLA for the Aerospace Engineering career! I like this career a lot and it is what I want to do in life how ever am a AB540 student and I want to know if that could be an obstacle in my career?

almost 9 years ago

hi there, i always wanted a career in aeronautical field, but due to some circumstances i had to choose some other fields thats completely irrelevant to aeronautical field. i am 26 years old and i still wanna do this. is it still possible for me to pursue my career in the above field or its too late. if not where shouls i start from. please your information in this regards will bw highly appreciated.

krishna

over 9 years ago

For anyone who would like to know, the top universities in AAE (in no particular order)MITGeorgia TechPurdueStanfordCal Tech

The list can go on, I would recommend researching some of those schools websites to gauge the different programs.

about 10 years ago

i had to write a paper on an enigineering of my choice for my engineering class and this site really had a lot of information, it was really helpful

&heart; Cara ;P

about 10 years ago

Thank you so much i am very intrested in pursueing a career in this feild. Your site really helped me show fellow 8 grade students what job i want to do

over 10 years ago

I am very interested in studying Astronautical engineering when i leave school. i was asked to do an assignment on my choice of profession. your site was the only one in which i found all the answers to my questions. Thanks!

over 10 years ago

Im doing a report over aerospace engineering and this page really helped me find some answers about this career field. Thank You

about 11 years ago

Thankyou for this information im doing a research project about this subject in english and this is giving me all the info that i need with only one trustworthy search.

over 7 years ago

padmini

i'm planning to do aeronautical engineering in hyderabad(andhra pradesh,india).after finishing my studies,will i be able to get a good job?

over 7 years ago

i have a question to ask actually i took aerospace engineering in iit madras is it a better option can i get a good job can i get a salary in lakhs

over 7 years ago

this is a nice job

over 7 years ago

Dued

thanks "G" it was helpful

over 7 years ago

i am doing bachelor's in aeronautical engineering final year and i want a training of 2 months. plz

over 7 years ago

thank you

this was a real help for my high school career paper but i suggest you update the salary info

almost 8 years ago

hello, i am 16 years old and i am interested to be an astronautical engineer,so could mail be how much salary i can get in nasa being fresher as an astronautical engineer

almost 8 years ago

gew13

I plan t do into this job description but i would like to know more of the specifics.

almost 8 years ago

hi

Aerospace Engineer Job Description, Career as an Aerospace Engineer, Salary, Employment - Definition and Nature of the Work, Education and Training Requirements, Getting the Job

almost 8 years ago

yusuffarooque

thanks for the information ,....it was very useful for me ....this corner is one of the finest in teh web world.

I am 12 years old and I have decided to aerospace engineering of NASA only at any cost.

over 8 years ago

lala

i appreciate your work.but i realy need to know if software engineering would be better of than aerospace in terms pay by 2014

over 8 years ago

what are the criteria required for pursuing this field.Also what is the projected salary in this field?

over 10 years ago

I want to pursue a career in aerospace engineering. Your site gave me some invaluable information but if u will also mention some top ranking universities that offer the courses it would prove very helpful. Thanks

over 10 years ago

Thanks for having this. i've needed this material for a couple weeks for my english project due tomorrow. Anyway thanks for everything.

almost 7 years ago

zcbhvjklafi bgwv ffffffffffffffff

almost 7 years ago

brandon

im 15 and i love to do this job

almost 7 years ago

Im 13 and i dont like tech. <3

almost 7 years ago

g

Education and Training: Bachelor's degree

Salary: Median—$79,100 per year

Employment Outlook: Good

Definition and Nature of the Work

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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University of Phoenix®Online and Campus Degree Programs.Official Site - Classes Start Soon.Phoenix.edu

The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

Ads by Google

University of Phoenix®Online and Campus Degree Programs.Official Site - Classes Start Soon.Phoenix.edu

The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

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The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military aerospace projects likely will generate new jobs, but the number of new jobs in the design and production of commercial aircraft will decrease. However, the employment outlook for aerospace engineers through 2014 is good because new graduates will be needed to replace aerospace engineers who retire or leave the occupation for other reasons. Aerospace engineers who keep up with broad developments in their field are more likely to get jobs than those who know only one narrow area of technology.

Working Conditions

Aerospace engineers work under a variety of conditions—from quiet laboratories and offices to noisy airfields and manufacturing plants. They usually work at least forty hours a week. They may be required to work long hours to complete a project on time. When a project is completed, engineers sometimes must move to a new location to find a job using their special skills.

Aerospace engineers generally work in teams and share information and ideas. They need to work well with others and be able to communicate their ideas. Engineers are problem solvers and should enjoy facing the challenge of a difficult problem. They must be patient and creative and able to pay close attention to the details of their work.

Aerospace engineers design, develop, and test aircraft, missiles, and space vehicles and oversee their production. They often specialize in one kind of vehicle, such as passenger planes, helicopters, or rockets. In some cases, they also work with earthbound vehicles, such as deep-diving vessels that are used to do research in the oceans and high-speed trains that float above their tracks. Aerospace engineering includes aeronautical engineering, which is limited to aircraft, and astronautical engineering, which is limited to spacecraft.

Most aerospace engineers work in the aircraft industry. This industry includes companies that make engines, communications systems, electronic devices, and the many other parts used in aircraft. Some aerospace engineers work for government agencies, such as the Department of Defense or the National Aeronautics and Space Administration (NASA). Many also work for companies that are under government contract to produce equipment needed for missiles and spacecraft. Others work for commercial airline companies, research and development organizations, and consulting firms, as well as for colleges and universities.

Aerospace engineers work closely with other specialists. Scientists such as physicists or metallurgists do the research needed to create new materials. They study how the materials will react in certain conditions, such as the intense heat or speeds encountered in space travel. Aerospace engineers then use the research to develop designs. They test the designs and make changes before beginning

Aerospace engineering includes astronautics, which is the science concerned with travel beyond the earth's atmosphere to the moon and other planets. (AP Images.) production of the equipment. They also supervise drafters and engineering technicians.

Aerospace engineering is a broad field. Its general area of concern overlaps with areas of other engineering fields, including mechanical, chemical, and electrical. There are also several areas of specialization within the field. Some aerospace engineers concentrate on structures and specialize in the design of new frameworks. They test the framework's ability to withstand heat, pressure, and other forms of stress in wind tunnels. This helps to develop strong and durable aircraft and other vehicles.

Other aerospace engineers work chiefly on guidance and control systems. These systems include automatic navigation equipment for submarines and the automated Instrumentation Landing Systems (ILS) for aircraft, which allow aircraft to land at night and in bad weather. Other special fields in aerospace engineering include propulsion, fluid mechanics, thermodynamics, celestial mechanics, and acoustics. In addition, some aerospace engineers specialize in one phase of a process during which new equipment is developed, produced, and distributed. For example, they may concentrate on design, production, or sales. Others may specialize in a particular type of aerospace product, such as commercial aircraft, military fighter jets, helicopters, spacecraft, or missiles and rockets. They may become experts in aerodynamics, thermodynamics, celestial mechanics, propulsion, acoustics, or guidance and control systems.

Education and Training Requirements

Beginning aerospace engineers need at least a bachelor's degree in engineering. Degree holders in mathematics or the natural sciences may qualify for certain jobs. It usually takes four or five years to earn a bachelor's degree in engineering. A number of colleges offer undergraduate majors in aeronautical, astronautical, or aerospace engineering. Some jobs also require an advanced degree. Aerospace engineers must continue to study the latest developments in the field throughout their careers.

Ads by Google

University of Phoenix®Online and Campus Degree Programs.Official Site - Classes Start Soon.Phoenix.edu

The University of AlabamaEarn a Master's in AerospaceEngineering By Distance. View More!www.BamaByDistance.ua.edu

Job OpeningsSearch For Job Openings.Apply For a Position Today!www.FindTheRightJob.com

All states require licensing for engineers whose work affects life, health, or property, or for those who offer their services to the public. To become licensed as a professional engineer, you need a degree from an accredited school, four years of experience as an engineer, and a passing grade on a state examination. Some jobs in the aerospace industry require security clearance before you can start work.

Getting the Job

If you are interested in working for private industry, you should contact aircraft manufacturers, commercial airlines, and companies that make aerospace parts and tools. If you are interested in space travel, you can contact NASA for job information. For most government jobs you need to apply through a civil service agency. You can also apply directly to universities, consulting firms, and research and development organizations. The placement office at your engineering college can also give you advice on finding a job. In some cases, openings for aerospace engineers are listed in newspaper classifieds and job banks on the Internet. Professional engineering journals are another good place to look for job information.

Advancement Possibilities and Employment Outlook

Aerospace engineers who have the needed experience and education can advance to positions as managers or administrators. Some become sales engineers or college teachers. A few start their own engineering firms.

Employment opportunities for aerospace engineers is expected to grow more slowly than average for all occupations from 2004 to 2014. Military

over 7 years ago

i am a man aged 20 and i am want to do mechatronic engineering in zimbabwe and i am planning to do aerospace engineering afterwards ,is that feasible

over 7 years ago

iam interested in aerospace engineering.but presently I am in 10 th standard .which subject I should take in 11 th.

over 7 years ago

I am riyaz

over 7 years ago

aleena

i m in the last year of aerospace engineering.....want to do masters as well suggest some good university as well as field 2 b specialized in...

over 7 years ago

Steph

@ "Student"

It might be. But if you plan on working for any company, there will be background checks and security reasons, due to certain saftey standards. I'm not located in the U.K but that seems to be the policy anywhere you go.

over 7 years ago

tharindu

how long it take to be a proper engineer. is bachelor degree is enough. I dont want to study any more.

almost 8 years ago

Hi every one, i've completed my bacholer degree in Aeronutical Engineering. i'm searching for a job, any one knows some thing share with me.

almost 8 years ago

hi guys, i finished electronic and communication engineering.but i want job regarding aeronautical and space. for that what i have to study....... if u know please reply

almost 8 years ago

i understand the topic well and i wish to joinas soon as possible to arospace

almost 8 years ago

TANOY KHAN

What is the scope for this field by the year 2014?Also what is the projected salary by then?

besides how much job facilities are available in this field?

over 8 years ago

Glen NCSU

I am a junior in Aerospace Engineering and I have seen far higher salary figures for this career type. While I am going on into management (getting my MBA and going to law school)- I am still surprised to see such low starting salary. Oh well, that's why I am choosing administration with an Engineering Undergrad background...

P.S. GO NCSU!!!

almost 9 years ago

bob harley

why is the salary for this career so low?

almost 9 years ago

bob harley

why is the salary for someone who needs phd'S to work in this field so low?

about 9 years ago

i am a physicist student in a top class university. my dream was to be an aerospace engineer.but now i am wondering if i can still persue that in my masters please advise me

about 9 years ago

calebk

Thank you for the info, it was very helpful. I think it's funny seeing these comments from people who can't spell yet are looking for careers in Aeronautical Engineering

Hey my name is emmanuel am in demanding of this field but i faild to study it becouse in my country no collage offer this course. Now am taking Bsc. in ELECTRO-MECHANICAL could be possible to take my career after fining my degree?

Hi! I am a 12th passed student and i am good in Physics. I am thinking of making my career in aerospace. But parents are forcing me to join mechanical or ece, geophysics and computer science. They says that only aerospace is not much good for me. Reading some lines in your site, I got some encouragement, and i wanna join aerospace now. What i really need now is, a little help in this subject......

Thank for this info, only question I have is what would be the best school to attend for this occupation? Thanks for the help!

about 7 years ago

Thanks!!! :)

over 7 years ago

Cody James

Earnings vary depending on the education and experience of the aerospace engineer and the location and nature of the job. Aerospace engineers earn salaries close to the average for all engineer. In 2005 the average starting salary for an aerospace engineer with a bachelor's degree was $50,993 per year. Engineers with master's degrees earned starting salaries of $62,930 per year, and those with doctoral degrees earned starting salaries of $72,529 per year. In 2004 the median annual income for all aerospace engineers was $79,100. Benefits generally include paid holidays and vacations, health insurance, and pension plans.

what is going on with this aerospace engineer . and all $79.100 money to i want to get that much money in my life. how can you join . message me back on this i will be heck it every day . me&my man want to do d,j aka doug . call us 3367223662

about 6 years ago

what grades do we need before we offer such courses from high schools in africa

about 6 years ago

Aaron Lee

ur mom

over 6 years ago

hi

almost 7 years ago

awsome cool a lifes work

almost 7 years ago

Michael

Please update the median salary. Currently, the median according to the Bureau of Labor Statistics is $99,000

almost 7 years ago

hey

about 7 years ago

i am using this website for a class in highschool and i must say it is fantastic. it specifies mostly everything i need. THANK YOU :)

over 6 years ago

jaime castillo

im a man

about 7 years ago

this is sssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo gay

what grades do we need before we offer such courses from high schools in africa

about 6 years ago

akhter

3

about 6 years ago

how did u know

over 6 years ago

hey..i already have aircraft maintenance degree but from overseas but its all the same materials in states...and am gonna start with the aerospace engineering soon..so should i do 4 years or less coz i have already degree

thanks

over 6 years ago

Knowledge on the specific field of work is very important in the career growth. While I'm still student, i see to it that i really understand the career that i will going on, that TODAY is the MEASURE of my SUCCESS TOMORROW.

Right and Best University that offers Aerospace Engineering course is very important to me because university nowadays is one of the measurement of competition. To know what are the best school that offers aerospace engineering course and what will be the salary of it visit http://aerospaceengineeringsalaries.com/

over 6 years ago

Knowledge on the specific field of work is very important in the career growth. While I'm still student, i see to it that i really understand the career that i will going on, that TODAY is the MEASURE of my SUCCESS TOMORROW.

Right and Best University that offers Aerospace Engineering course is very important to me because university nowadays is one of the measurement of competition. To know what are the best school that offers aerospace engineering course and what will be the salary of it visit http://aerospaceengineeringsalaries.com/

i am a 11 grade student and i am very fond of this field and this helped me to prepare for my career,thanks for the data

over 6 years ago

cambodia

im in tech class too yeah!!!!

over 6 years ago

I go to Sue V. Cleveland High School and had to do a research paper on what we want to do once we get out of high school and college, thank you so much.

over 6 years ago

i love this website so much. it really helped to learn more about this industry. :-)

over 6 years ago

jaime castillo

im a man

almost 7 years ago

What Are The Will Be Studied For Doing Projects In Aeronautical Engineering

almost 7 years ago

sumit

Sir,

I want to do training in your industry as i m pursuing my engineering from jodhpur(Raj.)

As i has an interest in aeronautical field so want to do training in this field only.

Is it a right place to do training

Please give me an approproiate respone for my question

almost 7 years ago

sumit

Sir,

I want to do training in your industry as i m pursuing my engineering from jodhpur(Raj.)

As i has an interest in aeronautical field so want to do training in this field only.

Is it a right place to do training

Please give me an approproiate respone for my question

almost 7 years ago

hi

waz up

almost 7 years ago

Paul

hi thank you for the info, it really helped me decide what i want to do for a future career. its either this or an astrophysicist.

almost 7 years ago

Sir I'm from India and I'm doing Aerospace Engineering from " Hindustan aviation Academy, Bangalore ( INDIA )" Can i get job in NASA for research and can i be career in US after complit B.Tech degree please tell me sir and give me any Information to related for aerospace Thank's

about 7 years ago

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Barry Jennings

about 7 years ago

Dear Sir,

I have got admission in BE Electrical Communication engineering, what is its scope worldwide and in aerospace field as well?

can I do MS in aerospace engineering after completion of this BE???

Looking 4wrd to hearing from YOU.

Thanx!!!!

about 7 years ago

i had done BE(CSE) but know i planning to go with aeronautical is it possible

about 7 years ago

Vianey Alducin

Hello I'm currently in my Senior year and I'm very interested in doing Aerospace Engineering and I'm looking for a great university to go study this, any help?

about 7 years ago

the information what you provide here benefits me in chossing the job

about 3 years ago

B====DB====DB====DB====DB====DB====DB====DB====DB====D

over 3 years ago

Jewish Canary

Motherfuc king Jesse Eisenberg Jesus Christ f uck dude Motherfuc king Facebook movie bull sh it jesus can you fuc king believe this sh it. God d amn creative facebook and fuc king lawyers and sh it right fuc king winkle boss twins god da mn rowing the boat f uck your sh it I can't even fuc king believe this shi t are you seeing this sh it fu ck I just watched this sh it fu ck Jesse Eisenberg man. Mother fuc king spiderman spiderman you put in the time f uck put in the time mother fuc king built s hit with his bare hands mother fuc king best friend shi t Jesse Eisenberg. No man I'll just talk about the facebook movie all day sh it man you have to be so interested in the s hit I have to say about the facebook movie fu ck dude I just watched it a year and a half ago fu ck Jesse Eisenberg man he fuc ked over spiderman crazy wrinkle boss twins rowing trent resin or did the soundtrack f uck this guy who invented facebook I don't like die I can't think of who the fu ck invented facebook all I can think of is the guy who played the guy who invented facebook who the fu ck invented facebook.

MARK ZUCKERBERG

over 3 years ago

No one

I had to do a research project on it and it really help me!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

almost 4 years ago

what subject should one base most in high school?

almost 4 years ago

what subject should one base most in high school?

about 4 years ago

sahil

boy

over 4 years ago

mehedi hassan

i am a engeneear-i already complite hnd in bangladesh - i deen a part time job

almost 5 years ago

i am glad that i found this site I am in tenth grade an about to give my final exams I wanna bcome an aerospace engineering if you can reply what are the basic interests i should have so that i can decide that i will do good in this field? Thanks already.

about 5 years ago

I am doing a research paper for my English class. This is the field I am working towards becoming a part of after I finish my degrees. This site was especially helpful with an abundance in information, as well as the link for citing this material. Thank you very much.

about 5 years ago

it is give me a more information about aerospace engineer thanks

over 5 years ago

Respected sir,i have study in b.tech aerospace last year with IGNOU University, so please reply as soon as possible.

Thanks & regards,

Aneep Tandel

over 5 years ago

Is a must to do form 5 and form 6 to become aerospace engineer

over 5 years ago

Is a must to do form 5 and form 6 to become aerospace engineer

over 5 years ago

Is it a must to do form5 & 6 to become an aerospace engineer

over 5 years ago

Such a very useful article. Very interesting to read this article.I would like to thank you for the efforts you had made for writing this awesome article.

over 5 years ago

"The information you have posted is very useful. The sites you have referred was good. Thanks for sharing.린

over 5 years ago

BIGMAK

I am a recent graduate from Embry-Riddle, the top ranked Aerospace Engineering University in the world that does not offer a doctorate for the field. I am seeing a lot of questions about why pay is so low, what university should you research for this field, and as well as if you take a degree in a different field, does it still apply to the aerospace industry. To answer the low pay, it is largely due that you are entry-level and most companies put you on a probationary period. This is done largely to see if you get along with the team and if you understand the engineering concept that you learned and able to apply it. After the probatioanary period, pay grade is usually raised after about a year depending on the company. In the way of researching universities, U.S News website or book is a great place to look as they rank most if not all universities in specific fields every year. Now in the way of obtaining a degree that is not AE, does in apply to aerospace industry. The answer is yes. The key engineering specialties that mostly accepted are: Mechanical, Software, Computer, and Electrical. I hope this helps for you future engineers!!

over 5 years ago

hi i am pursueing btech mechanical engineering i have alot of intrest i aerospace engineering can i do mtech in aerospce engineering plz reply me

over 5 years ago

hi i am pursueing btech mechanical engineering i have alot of intrest i aerospace engineering can i do mtech in aerospce engineering plz reply me

over 5 years ago

hi i am pursueing btech mechanical engineering i have alot of intrest i aerospace engineering can i do mtech in aerospce engineering plz reply me

over 5 years ago

hi i am pursueing btech mechanical engineering i have alot of intrest i aerospace engineering can i do mtech in aerospce engineering plz reply me

over 5 years ago

hi i am pursueing btech mechanical engineering i have alot of intrest i aerospace engineering can i do mtech in aerospce engineering plz reply me